Japan's New Generation Humanoid Robots ASTONISHED US Engineers

[Music] [Music] the Japanese company kada robotics has developed one of the most Advanced collaborative robots called nexage nexage is a robot whose main task is to replace humans in monotonous works such as on the production line according to the manufacturer the robot can collaborate with humans other machines and use specialized tools the robot's torso weighs only 29 kg while its base is as heavy as 130 kg as for its height it is adjustable and can reach a maximum of 170 cm next St is capable of lifting objects weighing up to 3 Kg the robot is

designed to work in factories and other production lines it can be controlled using a tablet with special software that can be quickly customized for specific tasks Professor Hiroshi ishiguro from Osaka University gained worldwide recognition in the field of Robotics thanks to the ultra realistic Android robots he and his team created with the most popular one being the robot Erica Erica is a humanoid robot functioning due to a synthetic organism with an electronic brain system the robot's body can have various organs of real humans which are indistinguishable both in appearance and functionality from real ones according

to scientists A gynoid is a humanoid robot woman essentially the same as an Android but of the female gender creating a new Android Professor ishiguro's team not only provided the robot with new eyes ears and other more realistic Parts but also equipped it with conversational capabilities despite all the efforts of roboticists Erica still looks a bit wooden compared to living humans however the robot can can engage in casual conversations on a range of simple topics and answer questions like what is your hobby researchers recently announced plans to connect Erica to an artificial intelligence system enabling

her to freely Converse on various topics it's intriguing to wonder whether Erica will surpass the limit set by humans and potentially lead to a machine Uprising after being connected to artificial intelligence engineers and designers from the University of Tokyo have developed a robotic back pack called gai arms which allows connecting up to six mechanical arms this device attaches to the Torso using several straps and the hands of the arms can be interchangeable the user can choose between humanlike hands and grippers the robotic backpack weighs 4.1 kg without the robotic arms when the robotic arms are

connected the weight of the device increases to 14 kg the arm movements are controlled remotely using a special setup which is a scaled down replica of the device itself currently controlling the arm through the robotic backpack presents certain challenges sometimes the cooperation of multiple operators is required and it is impossible to use the device without the assistance of others this is the main problem that needs to be solved however in the future with the development of neural interfaces it may be possible to achieve mind controlled operation allowing the user to control the robotic arms as

if they were their own engineers at Toyota have developed a humanoid robot called th 3 since its creation the robot has undergone numerous updates and improvements significantly increasing its functional capabilities the robot's movements are controlled by a human operator using the master maneuvering system module the operator received tactile feedback and the image transmitted from the robot displayed on a virtual reality headset HTC Vive special gloves and Servo Motors are also used enabling the operator to control the robot instantly with precise movements and applied force the robot demonstrates excellent balance including including the ability to stand

on one leg and perform various movements Toyota's robot stands at approximately 152 cm and weighs about 75 Kg while it serves as a test platform the ideas and capabilities implemented in it can be used in devices for home use medical facilities construction sites areas affected by natural disasters and even space in the future the Japanese robotics company Jinky has attracted significant tension with its unique heavy machinery a humanoid industrial robot that can be remotely controlled by a human the Jinky humanoid robot serves as an example of human machine integration the robot has a head torso

and two arms that extend upward from a specialized cabin resembling an excavator's cockpit designed for technical maintenance tasks in various Fields such as repairing railway tracks or replacing and repairing road signs the robot can replace a team of workers thereby reducing the risk of serious accidents in industrial settings it is capable of of lifting and moving heavy loads such as steel pipes plates or wires and performs its tasks as effectively as a human as it is controlled by a human operator Jinky essentially replicates the movements of a real person inside the heavy machinery cabin the

operator wears special glasses connected to the robot's eyes allowing precise control of the robot's arm movements using technology developed by the company can you imagine how humanoid robots are landing in places affected by natural disasters on a rescue mission or where these robots take care of severely ill or elderly people one of the few companies making significant advancements in this field is Kawasaki heavy Industries commonly known as Kawasaki one of the company's most outstanding developments is the humanoid robot Kido standing at 184 cm tall and weighing 85 kg the robot is designed to work in

dangerous areas such as collapsed structures fires and natural disasters developers assure that in the future it could operate at the ocean floor or even in space its humanoid form enables it to use the same tools as humans Koo is durable and easy to repair making it a very interesting and promising [Music] Innovation why torture real horses when robots can be harnessed Kawasaki recently showcased a robotic goat capable of jumping and carrying loads officially unveiled at the 2022 International robot exhibition in Tokyo which we covered in a separate video on our channel beex is an off

shoot of the Kawasaki Kido program in its regular mode the robot is quite slow and clumsy but in situations where speed matters and the route consists of smooth ped surfaces beex can lower its body and get on its knees with four pairs of Wheels one on each knee as a result the robo goat transforms into a kind of electric scooter beex has a payload capacity of approximately 100 kg so in addition to transporting heavy materials it can carry human passengers who control the quadro using a traditional pair of handlebars [Music] thk company has developed a

very interesting exoskeleton operator the robots mimic operators movements with remarkable precision and smoothness ensuring minimal response time upon the client's request the company gives the robots a completely humanlike appearance the cedar 7 robot assists in identifying quality issues in various technological products checks cleaning results and much more it can also be remotely controlled when necessary in the future the plans to improve the system so that it can make most decisions autonomously nachi fujikoshi spot welding robots provide Innovative production capabilities with Incredible Speed robot Motion makes minimum cycle times unbeatable lightweight and high rigidity design results

in high acceleration and minimum vibration maximum speed on all axes reduces move time all this provides dramatically improved productivity observing them it becomes evident that humans will soon be unnecessary in a variety of professions in particular welding tasks in automobile factories have long been taken over by robots if you enjoyed the video don't forget to like it and subscribe to the caros show channel also check out our previous videos see you next time